CTE Carbon CTE-CCM-33030 Carbon Ceramic Matrix Brake Disc 330mm x 30mm with Custom Bell

The CTE Carbon CTE-CCM-33030 is a 330mm x 30mm Carbon Ceramic Matrix (CCM) floating brake disc supplied with a custom-machined aluminum bell. Because the bell is built to order, your exact PCD (Pitch Circle Diameter) and offset must be provided at the time of purchase so CTE can machine the bell to your specific hub fitment.

Key Features:

• Diamond-cut from T700-Grade Continuous (Long) Carbon Fibre — approximately 40% stronger than the T300-grade material used by most competitors
• Fully three-dimensional CFRC matrix construction with no added outer friction layer, delivering genuine carbon-to-carbon disc and pad contact for maximum bite
• Patented M8 fastener technology — larger-diameter Stainless A4-70 grade steel bolts versus the M5/M6 hardware commonly used by competitors
• Bell machined from Forged 6066-T6 Aluminium — a higher-grade alloy than the 6061-T6 used by most competing brands
• Approximately 40–50% lighter than an equivalent iron disc, dramatically reducing rotating mass
• Can withstand far higher temperatures than iron discs, significantly reducing the risk of brake fade during sustained track use
• Will not warp or deform at extreme track temperatures, eliminating the uneven pad wear associated with iron rotors
• Discs can be resurfaced approximately 3–4 times over their service life, restoring an as-new friction surface each time
• Validated on in-house Link and Horiba brake dynamometers for optimum performance across all conditions
• Compatible with OE calipers, CTE Racing calipers, and select aftermarket calipers (typically all OEM/aftermarket 6-pot calipers and some 4-pot calipers with a minimum 30mm OEM disc thickness)

Important Ordering Note: This disc is supplied with a custom-machined bell. You must provide your required PCD and offset in your order so the bell can be manufactured to your exact hub specifications. Orders cannot be processed without this information.

The CTE-CCM-33030 is engineered for high-performance street and track applications where superior stopping power, longevity, and minimal unsprung weight are essential.